Similar Papers

Paper Title
Journal
Date
Author
Elucidation of wave pressure acting on a wave-cut notch beneath a coastal cliff based on laboratory experiments and numerical modeling
Masashi Watanabe ... Taro Arikawa
Ocean Engineering | VOL. 270
Masashi Watanabe, et. al.Masashi Watanabe ... Taro Arikawa
17 Jan 2023
Impact estimation of a space robot at capturing a target
S Yoshikawa ... K Yamada
-
S Yoshikawa, et. al.S Yoshikawa ... K Yamada
12 Sep 1994
Experimental and numerical investigation of combined countermeasure for mitigating tsunami forces on typical coastal T-girder bridge deck
Qinghong Wu ... Yongle Li
Ocean Engineering | VOL. 268
Qinghong Wu, et. al.Qinghong Wu ... Yongle Li
22 Dec 2022
Composite action of FRP bridge decks adhesively bonded to steel main girders
-
01 Jan 2004
View more papers

More From: Ocean Engineering

Paper Title
Journal
Date
Author
Aerodynamic force characteristic of the thin plate considering wave boundary effects
Zhichao Liu ... Anxin Guo
Ocean Engineering | VOL. 318
Zhichao Liu, et. al.Zhichao Liu ... Anxin Guo
01 Feb 2025
DWAS-RL: A safety-efficiency balanced reinforcement learning approach for path planning of Unmanned Surface Vehicles in complex marine environments
Tianci Qu ... Fei-Yue Wang
Ocean Engineering | VOL. 317
Tianci Qu, et. al.Tianci Qu ... Fei-Yue Wang
01 Feb 2025
A method for the profile optimization of the primary barrier of a membrane-type LNG tank using surrogate modeling
Dong-Woo Kim ... Yong-Tai Kim
Ocean Engineering | VOL. 317
Dong-Woo Kim, et. al.Dong-Woo Kim ... Yong-Tai Kim
01 Feb 2025
Fully nonlinear simulation of two-layer-liquid-tank sloshing and its interaction with fully nonlinear 2D-vessel motions in waves
Eun-Hong Min ... Moohyun Kim
Ocean Engineering | VOL. 317
Eun-Hong Min, et. al.Eun-Hong Min ... Moohyun Kim
01 Feb 2025
View more papers

Disclaimer: All third-party content on this website/platform is and will remain the property of their respective owners and is provided on "as is" basis without any warranties, express or implied. Use of third-party content does not indicate any affiliation, sponsorship with or endorsement by them. Any references to third-party content is to identify the corresponding services and shall be considered fair use under The CopyrightLaw.